LED display lifespan is crucial if you want to invest in LED screens. This factor is a huge determinant across all electronic devices. Well, LED displays have a limited lifespan but can be enhanced with proper care & maintenance.
While all electronic devices have some limitations, following protective measures can help you boost durability. This article provides an ultimate guide on how to improve LED display lifespan.
LED TV Lifespan By Brand
| Brand | Lifespan |
| Sony LED TV | 4.5 to 6.8 years |
| LG LED TV | 4.5 to 6.8 years |
| Samsung LED TV | 4.5 to 13 years |
| LED bulb | 50,000 to 100,000 hours |
| LED monitor | 10 years |
How to Prolong LED Display Lifespan
You can prolong the lifespan of your LED screen by adopting the best maintenance habits. Remember, all electronics have critical parts, and most are fragile. The quality of the LED display you purchase determines its lifespan. Here are tips on how to prolong LED display lifespan:
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Proper Ventilation
Overheating is a common factor resulting in short LED display lifespan. In fact, it is a common failure factor among all electronics. It can cause a breakdown through excessive heat production.
Thus, you must install a proper ventilation system to prolong the screen’s durability. Meanwhile, it would be best to maintain at least 4 inches of space between the wall and the screen. Most times, the TV ventilation system is at the back, so allowing this space will allow it to dissipate excessive heat.
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Avoid Direct Sunlight
Direct strong sunlight can cause damaging impacts on the LED display TV. In simple terms, electronics produce their heat. The LED screens also heat up. Direct sunlight can result in overheating, which reduces its lifespan.
Placing it in direct sunlight for an extended period will produce excessive heat. Besides, you may require to increase the brightness level, which implies more heat. Nonetheless, you can use an automatic brightness sensor to moderate the LED screen’s brightness.
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Voltage Regulator & Surge Suppressor
You can use a surge suppressor to neutralize transient voltage surges. The suppressors work like a network cycle. They feature other protection elements like filters for electrical noise and electromagnetic interference.
However, the suppressor circuit could break down during frequent and more prolonged surges. Hence, the suppressor might not be the most reliable option for voltage regulation. You can use a voltage regulator to neutralize voltage variations too.
A voltage regulator can balance the 16.6 milliseconds of one network cycle duration to attain a more stable voltage. It can combat voltage fluctuations even when the voltage rises or drops on the grid.
Thus, it offers a stable voltage level crucial for proper electronic device functions. Combining a surge suppressor with a voltage regulator will safeguard your electronics.
Although each component can deliver excellent protection, purchasing systems with integrated surge suppressors & voltage regulators will highly boost your LED display lifespan.
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Corrosive Liquid Cleaners
Go for cleaning products that feature proper formulation to strengthen your LEDs. Many people use different products to clean up their screens, but checking the manual is critical. Most people use cloth and water to wipe off the dust.
Wiping the display is an excellent precaution against dust build-up. Most importantly, using quality corrosive and dirt absorbers can deliver way better results.
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Turn OFF and ON Properly
Manufacturers usually recommend the best approach to turn ON & OFF LED devices. For instance, you should turn ON the PC before starting the LED screen and turn OFF the screen fast before you shut down the PC.
If you ignore this approach, you will harm the screen over time. Besides, powering it OFF & ON continually might damage the screen and affect its lifespan. It is also vital to turn ON the screen for at least one hour weekly.
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Avoid Touching the Screen
Although most manufacturers warn users upfront not to touch the display, customers do not take this suggestion seriously. Thus, many LED display users should correct this mistake.
You may put on gloves when operating the screen and avoid banging it. Touching the screen affects little screen features that shorten its durability.
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Efficient Light Sources
Your device’s LED lamps are a life-related and essential component for the display since it impacts its durability. The lamps’ functions include UV light resistance, moisture-proof, and attenuation character.
The three functions are critical for increasing the LED display lifespan. If you do not evaluate the quality standards of the lamps and their performance, your displays will likely break down unexpectedly.
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Quality Evaluation
Besides the LED lamps, you should ensure high-quality standards for other critical components to raise durability. Parts such as housings, connectors, switch power sources, plastic shells, and circuit boards support the LED display lifespan.
If the display has a default component, its lifespan reduces. In other words, if the connectors have 5-10 years of lifespan, the LED screen will probably wear out within the same period. This statement applies to all other components, such as the circuit system.
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Dust Control
The printed board on the LED screen will likely absorb dust if you expose it to dust environments. Once it accumulates the dust, it impacts the heat dissipation system, which causes quick temperature rises. Thus, it causes electric leakage and decreases thermal stability.
For that reason, it can burn out other supporting elements after absorbing moisture. Due to the electronic circuit corrosion, the resulting humid condition will likely cause short circuits. It would be best to clean up the display regularly to remove the dust that might build up on it.
Factors Impacting LED Display Lifespan
Most LED displays and digital signage brands provide convincing information that the device will last long. But what really determines its durability? According to most electronic sellers, the average LED display lifespan is about ten years or 100,000 hours. However, this is not always the case.
The truth is that most LED display devices don’t work for such durations. Instead, its brightness level often degrades over the years. Hence, it would be best to be choosy when purchasing an LED display device. Here are the factors to consider:
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Application
How do you think the nature of your application impacts the lifespan? For instance, a device with numerous brightness variation levels and colors will wear out faster. A brighter LED display requires more power than a gray or black one.
In other words, brighter colors require more power which can overheat the device. You should find a suitable balance between the color and power level.
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Design
The construction and architecture technique that protects the LED display impacts its lifespan. For example, ventilation is critical as it allows the device to cool and release the heat diodes emit.
Parts like the circuit board gain heat during the application, so aeration is vital. Simply put, thermal stress in an LED display with a poor design lowers durability.
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Power Source
The power source you use determines how intense the diodes work, significantly affecting the screen’s lifespan. Moreover, other elements like the electrical components and the fan feature different lifespans.
Most times, it is the power source that damages these components. Looking at the overall lifespan of the device does not make it a better choice. The entire device fails if any electrical component or the fan breaks down.
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Weather
Heat is a crucial factor in LED display degradation. The heat that the display produces increases with an increase in brightness level. Outdoor LED display applications might raise the diode temperatures higher.
Thus, the electronics will likely degrade faster in areas with high temperatures. In the meantime, cold temperatures cool the diodes, making them last longer.
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Heat Emission
Heat sinks and chips in the LED display are sensitive to hot air. The LED display lifespan will ultimately reduce if the application involves temperatures above 85 degrees Celsius. Cool temperatures during application promote the heat sinks’ function.
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Drivers and Capacitors
Some LED screens use plastic capacitors to reduce manufacturing costs. Plastic capacitors will likely work well for less than a year. Unfavorable heat emissions and ambient temperature greatly diminish the display’s lifespan. Therefore, materials that tolerate high heat, such as ceramic capacitors, are more suitable.
Conclusion
Since LEDs have delivered excellent results for companies across the globe, they are becoming more popular. Are you looking to buy high-quality LED displays that will provide long-term service? Look no further!
NSELED CLOUD offers quality LEDs with high durability. Meanwhile, you will get advice from the company’s team of experts on screen-selection. Their guidance will help you choose quality LED display screens that suit your application.
